Vastuuhenkilö

Opetus

Osaamistavoitteet

The target of the course is to make participants able to computationally estimate stress-states and damage in composite materials under thermo-mechanical loads and select constituent configurations for design of appropriate composite components. In addition, to target is to make participants know the most important material components as well as manufacturing and numerical modelling methods used in the field of fibrous polymer composites. The course also offers supplementary skills to account for composite-specific aspects of joining and hybrid materials in the simulation of material behaviour.

Sisältö

Sisältö

Ydinsisältö

Täydentävä tietämys

Erityistietämys

1.

Stress-states in polymer composites

Plasticity in composites

Nonlinear material models

2.

Thermo-mechanical loads: applied to systems

Dynamic, transient analysis

Fatigue loads

3.

Finite element models of composites

Micromechanic models

Interface modelling

4.

Failure onset models

Damage evolution

Delamination

5.

Gathers, processes, evaluates, analyses and uses information in a versatile, critical and ethical way

Knows the risks associated with digital environments and takes them into account in his/her own actions

Shell theory basics

6.

Understands scientific thinking, reasoning and explanation

Has mastered at least one foreign language at a level that allows him/her to follow the developments in the field and to work in an international environment

7.

Evaluates and develops his/her information gathering
processes

Oppimateriaali

Tyyppi

Nimi

Tekijä

ISBN

URL

Lisätiedot

Tenttimateriaali

Lecture slides

Mikko Kanerva

No

Tietoa esitietovaatimuksista
The students are required to have basic knowledge of mechanics of materials before entering the course. In detail, fundamentals of elasticity, the classical beam bending theory, and marix aglebra are necessary as prerequisites.